Product Specifications
The XC1765DPC features a robust architecture optimized for FPGA configuration applications. This device operates with a standard supply voltage and provides fast configuration times to minimize system startup delays. The XC1765DPC supports multiple configuration modes, ensuring compatibility with a wide range of FPGA devices and system architectures.
Key technical specifications include industrial-grade temperature operation, making the XC1765DPC suitable for harsh environmental conditions. The device incorporates advanced memory technology that ensures data integrity and long-term reliability. With its compact package design, the XC1765DPC offers space-efficient integration into densely packed electronic systems.
The XC1765DPC delivers consistent performance across its full operating temperature range, with typical access times optimized for fast system initialization. Power consumption remains minimal during both active and standby modes, contributing to overall system energy efficiency.
Pricing Information
The XC1765DPC is competitively priced to provide excellent value for high-performance FPGA configuration applications. Pricing varies based on order quantity, packaging options, and delivery requirements. Volume discounts are available for large-scale production requirements.
For current XC1765DPC pricing information and quantity breaks, please contact authorized distributors or sales representatives. Educational and prototype quantities may qualify for special pricing programs.
Documents & Media
Comprehensive technical documentation supports XC1765DPC implementation and integration. The complete datasheet provides detailed electrical specifications, timing parameters, and application guidelines. Pin configuration diagrams and package mechanical drawings facilitate PCB layout and design verification.
Application notes demonstrate XC1765DPC usage in common FPGA configuration scenarios, including serial and parallel programming modes. Reference designs showcase optimal circuit implementations and best practices for reliable operation.
Software tools and utilities support XC1765DPC programming and verification processes. Development kits may be available to accelerate prototype development and system validation.
Related Resources
The XC1765DPC integrates seamlessly with compatible FPGA families and development ecosystems. Cross-reference guides help identify suitable alternatives and complementary products for specific application requirements.
Technical support resources include online forums, knowledge bases, and direct engineering assistance. Training materials and webinars provide additional learning opportunities for design engineers working with XC1765DPC implementations.
Design tools and simulation models enable accurate system modeling and performance prediction during the development phase. Reference circuits and layout guidelines ensure optimal signal integrity and electromagnetic compatibility.
Environmental & Export Classifications
The XC1765DPC meets stringent environmental standards for commercial and industrial applications. RoHS compliance ensures compatibility with lead-free manufacturing processes and environmental regulations. Halogen-free packaging options support green manufacturing initiatives.
Temperature cycling, humidity resistance, and mechanical shock specifications demonstrate the XC1765DPC’s durability in challenging operating environments. Electrostatic discharge protection safeguards against handling damage during manufacturing and field service.
Export classification information facilitates international shipping and regulatory compliance. The XC1765DPC typically falls under standard semiconductor export categories, though specific classifications should be verified for particular destinations and applications.
Quality certifications and manufacturing standards ensure consistent product quality and reliability. Traceability systems support supply chain management and quality assurance requirements in regulated industries.
The XC1765DPC represents an optimal solution for demanding FPGA configuration applications, combining high performance, reliability, and cost-effectiveness in a proven package design.
